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In a computer network, a proxy server can connect as an intermediary between the client and the other servers. HTTP (S) proxy and Socks5 proxy are two common proxy types, each with its own advantages and disadvantages and applicable scenarios. This article describes the two proxy types separately, and their differences and applicable scenarios, to help you select the agent type that best fits your needs.
The HTTP (S) proxy is a proxy server based on the HTTP protocol that can be used for proxy scenarios involving HTTP traffic, such as Web browsing and API access. The HTTP (S) proxy uses the HTTPS protocol to encrypt the transmitted data, which is more secure than the HTTP proxy and can effectively prevent middleman attacks. HTTP (S) proxy can be used to bypass network review, restrictions, and monitoring, and are also widely used in network security management in many enterprises and organizations.
The HTTP (S) proxy is usually verified by using a certificate or any other form of authentication. Its security level is higher, stolen more difficult. The transmission loss of the HTTP (S) proxy has a certain transmission loss, but it does not produce too much loss. The HTTP (S) proxy typically ports 8080 or 3128.
Socks5 The proxy is a network protocol through which TCP and UDP connections can be established. Unlike HTTP proxy, Socks5 proxy can proxy all types of traffic such as FTP, SMTP, and not limited to HTTP traffic. Socks5 proxy supports a variety of protocols such as UDP and TCP. Due to its high-speed transmission characteristics, it is suitable for real-time applications, audio and video streaming application scenarios that require low latency.
Socks5 proxy is usually verified using GSSAPI or username / password authentication. It has a high security level, can hide user real IP address and protect user privacy. Socks5 proxy can proxy all types of traffic, including FTP, SMTP, etc., not limited to HTTP traffic, more powerful. The Socks5 proxy is usually 1080.
The HTTP (S) proxy and the Socks5 proxy differ in terms of protocol, security, application scenarios, transmission losses, verification methods, and ports.
Agreement: The HTTP (S) proxy is based on the HTTP protocol, while the Socks5 proxy uses the Socks protocol.
Security: The HTTP (S) proxy uses SSL / TLS encryption technology, while the Socks5 proxy achieves security through GSSAPI or username / password authentication.
Application scenario: HTTP (S) proxy is suitable for agent scenarios involving HTTP traffic, such as Web browsing and API access, while Socks5 proxy is suitable for real-time applications, audio and video scenarios that require high-speed transmission, and can hide IP addresses and encrypted data traffic.
Port: The HTTP (S) proxy port is typically 8080 or 3128, while the Socks5 proxy port is typically 1080.
HTTP (S) proxy and Socks5 proxy each have their own advantages and disadvantages, which need to be selected according to specific needs and actual situation.
High security: The HTTP (S) proxy uses SSL / TLS encryption technology to effectively prevent middleman attacks.
Wide application range: The HTTP (S) proxy is suitable for proxy scenarios such as Web browsing and API access involving HTTP traffic.
Difficulty of theft: HTTP (S) proxy authentication uses certificates or other forms of authentication, with a high security level.
Transmission loss: The HTTP (S) proxy has a certain transmission loss.
Function limitation: The HTTP (S) proxy can only represent the traffic of the HTTP protocol, and the function is relatively limited.
Socks5 Advantages of the proxy
Powerful: Socks5 proxy can proxy all types of traffic, more powerful.
Fast transmission speed: The Socks5 proxy supports various protocols such as UDP and TCP, which is suitable for real-time applications, audio and video streaming applications that require low latency.
Protect privacy: Socks5 The proxy can hide the user's real IP address and protect the user's privacy.
Relatively low security: Socks5 proxy authentication uses GSSAPI or user name / password authentication, with a relatively low security level.
The application range is relatively narrow: Socks5 proxy is suitable for real-time applications, audio and video scenarios that require high-speed transmission, and the application range is relatively narrow.
Which proxy type to choose depends on your specific requirements and the actual situation. If you need a proxy for Web browsing and API access for scenarios involving HTTP traffic, then the HTTP (S) proxy is the most appropriate option. If you need proxy for all types of traffic, especially scenarios like live applications, audio and video that require high speed transmission, then the Socks5 proxy is the most suitable choice.
If you need to use HTTP (S) proxy or Socks5 proxy, here are some recommended proxy services to choose from:
Lunaproxy: The cheapest Socks5 static residential proxy IP provider.
Proxyline: A Socks5 static residential proxy IP provider with extremely high security.
IPRoyal: The most stable and reliable Socks5 static residential proxy IP provider.
Proxysale: Super-fast Socks5 static residential proxy IP provider.
HTTP (S) proxy and Socks5proxy are two common proxy types, each with its own advantages and disadvantages and applicable scenarios. Which proxy type to choose depends on your specific requirements and the actual situation. If you need a proxy for Web browsing and API access for scenarios involving HTTP traffic, then the HTTP (S) proxy is the most appropriate option. If you need proxy for all types of traffic, especially scenarios like live applications, audio and video that require high speed transmission, then Socks5 proxy is the most suitable choice. No matter which proxy type you choose, you need to choose reliable proxy services to ensure data security and stability.
